USO1 cDNA ORF clone, Aquila chrysaetos canadensis

Gene
Clones
gRNAs

Summary

Gene Symbol	USO1
Entrez Gene ID	105405641
Full Name	USO1 vesicle transport factor
Gene Type	protein-coding
Organism	Aquila chrysaetos canadensis

mRNA and Protein(s)

mRNA	Protein	Name
XM_011583438.1	XP_011581740.1	general vesicular transport factor p115

Pathways from BioSystems
Gene Ontology

The following USO1 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the USO1 cDNA ORF which is encoded by the open reading frame (ORF) sequence. ORF sequences can be delivered in our standard vector, pcDNA3.1⁺/C-(K)DYK or the vector of your choice as an expression/transfection-ready ORF clone. Not the clone you want? Click here to find your clone.

***CloneID	Accession No.	Definition	**Vector	*Turnaround time	Price (USD)	Select
OAq20969	XM_011583438.1 Latest version!	Aquila chrysaetos canadensis USO1 vesicle transport factor (USO1), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$713.30 $1019.00

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** You may select a custom vector to replace pcDNA3.1+/C-(K)DYK after clone is added to cart.

** GenScript guarantees 100% sequence accuracy of all synthetic DNA constructs we deliver, but we do not guarantee protein expression in your experimental system. Protein expression is influenced by many factors that may vary between experiments or laboratories. In addition, please pay attention to the signal peptide, propeptide and transit peptide in target ORF, which may affect the choice of vector (N/C terminal tag vector).

***One clone ID might be correlated to multiple accession numbers, which share the same CDS sequence.

Reference Sequences (Refseq)

USO1 ( XM_011583438.1 ) cDNA ORF clone, Aquila chrysaetos canadensis -> XP_011581740.1 Aquila chrysaetos canadensis USO1 vesicle transport factor (USO1), mRNA.

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CloneID	OAq20969
Clone ID Related Accession (Same CDS sequence)	XM_011583438.1
Accession Version	XM_011583438.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3933bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2015-03-12
Organism	Aquila chrysaetos canadensis
Product	general vesicular transport factor p115
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_011950912.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Aquila chrysaetos canadensis Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END## ##RefSeq-Attributes-START## ab initio :: 26% of CDS bases ##RefSeq-Attributes-END##

ATGAACACAG AACGTGTCGT TAATGATAAA TTAACTCCAG AAGCTAAGGC AATACCGCCC 
TCCGAGGTTA AGGGGAGCAA AAGCTGGAGA ACACACCGAG CCCAGCTCAG AAGGCAAACG 
AGAGAAGCTC GGAGAAGATC TACCCAAGGC ATCCAGATCT GCAGAATAAA AGGTGCTCGC 
AACAACTTCA GCCATATTAC GTGTGAAAAA CCGAGAAGCT CGCATTGTGA TTGGGGAAAG 
AGGAAGCAGA GAAAGGCGAG GACTGCAGAA CCGGGAGAGA TCTTGCAGCC GGCGATACCA 
TGGCAGTACC GATTCGTAAG AGAAAAGGAG TGCTCGCTGA GTCGAGGGTG GGAAGCTAAG 
CTTGCTCCCG CAGTACAGAC GGGGCCGAGG AACCGCCATC CCGCACACGC CGAAGCCCAG 
ACACCTCCGG AGGCCCCTGG AAGGCAACGC GTCAGGCGAG CCGGGAAGGC GAGCGCGGGG 
CCGAACGCCG CAGCACCCAG TCACGCAGGG CCCGGGGCGG TACGCCCGCA GGCGGCGGGC 
GAGGGGCCGC TTCTCCCCCC GCCGCCCGGG GCGAGGCGGA AGAGCGATCG CCGGCAGGCC 
ACACGCCGCC AAGGTGACGG CGAACAAAAG CCACCTCCCG CCCCCCGCTC CGGCCGCCCC 
CTCGCTACAC CGGGCGAGGA GCCGGGCCTG CAGCCAGCAC CGGGGCCCGG CCGAGTGCGA 
GGCGGGACGA GGCGAAGCGG GCGGCGAAGG GCAAAGCCGG GCCCCGGGGG GGCGCTGCCC 
ACCGCGCAAG GCGGGTTCGA GCGGCCGGTT CTGACCCCGC CGCCAGCCGG TGACAGGCCG 
GCGCCTCTCC AGCTCGGCTT CTGCTGGGCG GGAGCAAGGC CAGCGGCCTT AAAAGCCGAA 
GGGTTTGCCT CGGGGTTCTC CCGGACGCGC GGACAGACCC CGGGAACGCC GGAGGGGAAC 
TGGGTTACTG GGGTGTCCCG GGTTGAGTTT TCAGGCCGGT TAATGCCCGC AGCCCCCGCG 
GGGTGTCTTT CGCGGAGCGC TTCGGAGTCT GTCGCGCGGC CGTGGCACGT TGTCTTTTAT 
CCCGCGTGTC CTGTGCGTTT CCAGATTCAG AAGCTGTGTG ACCGAGTAGC TTCCTCCACG 
TTGTTGGATG ACCGGAGGGA TGCTGTACGT GCTCTTAAAT CACTCTCCAA GAAATACCGC 
CTGGAGGTAG GCATACAGGC TATGGAACAT CTCATCCACG TTCTTCAGAC AGACCGTTCA 
GATTCTGAAA TAATTGGCTA TGCCTTGGAC ACACTCTACA ATGTAATATC GAATGACCTA 
GAAGAGGAGG AGCAAGATGA TTCTGAAGAA GAAAACTTAC CAAAACAAGT TGATGATTTG 
GGAAGTCAGT TCACAGAGAT TTTCATTAAA CAGCAAGAAA ATGTCACACT CTTGTTGACT 
CTTGTGGAGG AATTTGATTT CCATGTTCGT TGGCCTGGAG TGAAACTACT TACATCTCTT 
TTAAAGCAGC AAGGACCTCA AGTGCAGCAG ATAATTCTTG TCAGCCCTAT GGGTGTTTCC 
AGACTCATGG ATTTACTAGC AGACTCTAGG GAGGTTATAC GAAATGATGG AGTCTTGTTG 
TTACAGCAAT TGACAAAAAG TAATGCAGCC ATACAAAAGA TTGTTGCCTT TGAAAATGCC 
TTTGAGAGAC TTCTGGATAT CATAACGGAA GAAGGAAACA GCGATGGAGG AATAGTAGTG 
GAAGACTGTC TCCTCTTATT ACAAAACTTG TTGAAGAATA ATAATTCCAA TCAGAATTTC 
TTCAAAGAAG GTTCATATAT TCAGCGTATG AAGCCTTGGT TTGAAGTTGG AGATGACAAT 
TGCGGGTGGT CTGCACAGAA AGTAACTAAT CTTCATCTAA TGCTGCAGCT TGTGCGGGTA 
CTCGTGTCTC CCACAAATCC TCCTGGTGCT ACCAGCAGTT GTCAGAAGGC AATGTTTCAC 
TGTGGGTTGT TACAGCAGCT CTGCACAATC CTGATGGCAA CTGGAGTTCC TGCTGATATC 
CTGACAGAAA CCATTAATAC TGTATCAGAA GTCATTCGAG GATGCCAGAT GAATCAAGAC 
TACTTTGCCT CTGTAAATGC ACCTTCTAAT CCACCAAGGC CTGCAATTGT AGTACTCCTC 
ATGTCCATGG TAAATGAAAG GCAGCCTTTT GTGCTACGTT GTGCTGTTCT CTATTGTTTC 
CAGTGCTTTT TATACAAAAA CCAAAAAGGA CAAGGAGAAA TCGTTTCAAC GCTTCTGCCA 
TCTACTATTG ACGCTACAGG TAACTCTGTG TCAGCTGGTC AGCTGCTCTG TGGGGGCCTC 
TTTTCCACGG ACTCTCTCTC AAACTGGTGT GCCGCTGTGG CCCTGGCCCA CGCATTACAG 
GAAAATGCCA CTCTGAAAGA ACAGCTCCTG AGAGTTCAGC TAGCGACGAG CATCGGCAAC 
CCACCAGTGT CGCTGCTGCA ACAGTGCACC AACATCCTCT CGCAGGGCGA TAAGATCGAC 
AGACGGGGCA GCAAAGTACA GACCAGGGTT GGACTACTGA TGTTGCTTTG CACTTGGCTA 
AGCAACTGCT CGATTGCTGT CACCCACTTC CTTCACAATC CAGCCAATGT ACCTTTTCTC 
ACAGGGCAGA TAGCTGAAAA CCTTGGAGAA GAGGAGCAGC TCGTCCAAGG CCTGTGTGCA 
CTCTTGCTTG GCATTTCCAT CTACTACAAT GACAATTCCC TGGAAAACTA TAGGAAAGAG 
AAGCTGAAAC AGCTGATTGA GAAGAGGATT GGCAGGGAGA ACTTCATTGA GAAGCTTGGC 
TTCATTAGCA AACATGAACT TTATTCTAGA GCTGCTCAGA AACCACAACC TAGTTTTTCT 
AGCCCAGACC ACATGATGTT TGATCATGAA TTTACCAAGC TTGTAAAGGA ATTGGAAGGT 
GTCATAAGTA AAGCTATTTA CAAGTCTAGT GAGGAAGATA AAAAGGAGGA GGAGGTCAAG 
AAGACATTGG AACAGCATGA CAACATTGTG ACTCACTACA AAAAAGTCAT TAGAGAGCAG 
GACCAGGAGC TTGAAGAATT GAAACAACGT ATTAACACTT TAACATCTCA AAATGAACAG 
CTCCAAGCAA CAGTTACACA GCAAGTGTCA CAGATACAAC AGCATAAGGA CCAATATAAT 
CTCCTGAAAG TACAGCTAGG AAAGGACACT CAGCATCACA ATTCCCACGG TGATACGTTT 
CACATGAATG GCATTCAGAC GGAAGAAGTG AGCAAATTGA AAGAGGAGTT GGAAGAATGG 
AAAAACAAGC ATGAACTGTT GCAAGGGCAG TTACGGGAAA AGGATTCTGT GATTGAAAAA 
TTGAAGTCTT CACAGTTGGA AATAGGAACA ACAGAGCAGT CTTCACAGAC CAGCAAATCT 
GGTAGCTTGG AGCACAATAA TGAACTACAA AAGGAATTAG AAATGCTCAG GAGTCAGATA 
CAACTACAGT CTGCAGAAAT CTCTAAGCTT CAGATGGAGA ATCAAAAGCT ACAAGTAATG 
AACATAACTG CAGATCCTCT GTTAGGAGAC AGCAGTGCAA GAGCAGCAAA CAACTCTGAA 
TTGGAGGGAC GCCTTGAGCA AGAAATAAAA GAACTGAAGA GTGAAGTCAA AGCCCTTTCT 
GAGGAAAAAG AATCACTAAA ACAGCACCTG GATTCATCTA GTAGTACGGT TGCTATCTTG 
CAAGATGAGA AAAGTAAACT TCAGCAAGAA GTTGCAGAAT CAAAGAAAGA ACAGGATGAT 
CTTCTGGTGC TTTTGGCTGA CCAGGATCAG AAGCTATCTG CACTGAAGAT CAAATTGAAG 
GATCTTGGTG TACCGGTTGA GGATGAAGAT GATATTGAAT CTGGAGATCA AGGGGATGAA 
GATGAGGATG GGGATGAAGA GGAGCAAGAC TAG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_011581740.1
CDS	1..3933
Translation	MNTERVVNDKLTPEAKAIPPSEVKGSKSWRTHRAQLRRQTREARRRSTQGIQICRIKGARNNFSHITCEKPRSSHCDWGKRKQRKARTAEPGEILQPAIPWQYRFVREKECSLSRGWEAKLAPAVQTGPRNRHPAHAEAQTPPEAPGRQRVRRAGKASAGPNAAAPSHAGPGAVRPQAAGEGPLLPPPPGARRKSDRRQATRRQGDGEQKPPPAPRSGRPLATPGEEPGLQPAPGPGRVRGGTRRSGRRRAKPGPGGALPTAQGGFERPVLTPPPAGDRPAPLQLGFCWAGARPAALKAEGFASGFSRTRGQTPGTPEGNWVTGVSRVEFSGRLMPAAPAGCLSRSASESVARPWHVVFYPACPVRFQIQKLCDRVASSTLLDDRRDAVRALKSLSKKYRLEVGIQAMEHLIHVLQTDRSDSEIIGYALDTLYNVISNDLEEEEQDDSEEENLPKQVDDLGSQFTEIFIKQQENVTLLLTLVEEFDFHVRWPGVKLLTSLLKQQGPQVQQIILVSPMGVSRLMDLLADSREVIRNDGVLLLQQLTKSNAAIQKIVAFENAFERLLDIITEEGNSDGGIVVEDCLLLLQNLLKNNNSNQNFFKEGSYIQRMKPWFEVGDDNCGWSAQKVTNLHLMLQLVRVLVSPTNPPGATSSCQKAMFHCGLLQQLCTILMATGVPADILTETINTVSEVIRGCQMNQDYFASVNAPSNPPRPAIVVLLMSMVNERQPFVLRCAVLYCFQCFLYKNQKGQGEIVSTLLPSTIDATGNSVSAGQLLCGGLFSTDSLSNWCAAVALAHALQENATLKEQLLRVQLATSIGNPPVSLLQQCTNILSQGDKIDRRGSKVQTRVGLLMLLCTWLSNCSIAVTHFLHNPANVPFLTGQIAENLGEEEQLVQGLCALLLGISIYYNDNSLENYRKEKLKQLIEKRIGRENFIEKLGFISKHELYSRAAQKPQPSFSSPDHMMFDHEFTKLVKELEGVISKAIYKSSEEDKKEEEVKKTLEQHDNIVTHYKKVIREQDQELEELKQRINTLTSQNEQLQATVTQQVSQIQQHKDQYNLLKVQLGKDTQHHNSHGDTFHMNGIQTEEVSKLKEELEEWKNKHELLQGQLREKDSVIEKLKSSQLEIGTTEQSSQTSKSGSLEHNNELQKELEMLRSQIQLQSAEISKLQMENQKLQVMNITADPLLGDSSARAANNSELEGRLEQEIKELKSEVKALSEEKESLKQHLDSSSSTVAILQDEKSKLQQEVAESKKEQDDLLVLLADQDQKLSALKIKLKDLGVPVEDEDDIESGDQGDEDEDGDEEEQD

Target ORF information:

RefSeq Version	XM_011583438.1
Organism	Aquila chrysaetos canadensis
Definition	Aquila chrysaetos canadensis USO1 vesicle transport factor (USO1), mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_011583438.1

ORF Insert Sequence:

ATGAACACAG AACGTGTCGT TAATGATAAA TTAACTCCAG AAGCTAAGGC AATACCGCCC 
TCCGAGGTTA AGGGGAGCAA AAGCTGGAGA ACACACCGAG CCCAGCTCAG AAGGCAAACG 
AGAGAAGCTC GGAGAAGATC TACCCAAGGC ATCCAGATCT GCAGAATAAA AGGTGCTCGC 
AACAACTTCA GCCATATTAC GTGTGAAAAA CCGAGAAGCT CGCATTGTGA TTGGGGAAAG 
AGGAAGCAGA GAAAGGCGAG GACTGCAGAA CCGGGAGAGA TCTTGCAGCC GGCGATACCA 
TGGCAGTACC GATTCGTAAG AGAAAAGGAG TGCTCGCTGA GTCGAGGGTG GGAAGCTAAG 
CTTGCTCCCG CAGTACAGAC GGGGCCGAGG AACCGCCATC CCGCACACGC CGAAGCCCAG 
ACACCTCCGG AGGCCCCTGG AAGGCAACGC GTCAGGCGAG CCGGGAAGGC GAGCGCGGGG 
CCGAACGCCG CAGCACCCAG TCACGCAGGG CCCGGGGCGG TACGCCCGCA GGCGGCGGGC 
GAGGGGCCGC TTCTCCCCCC GCCGCCCGGG GCGAGGCGGA AGAGCGATCG CCGGCAGGCC 
ACACGCCGCC AAGGTGACGG CGAACAAAAG CCACCTCCCG CCCCCCGCTC CGGCCGCCCC 
CTCGCTACAC CGGGCGAGGA GCCGGGCCTG CAGCCAGCAC CGGGGCCCGG CCGAGTGCGA 
GGCGGGACGA GGCGAAGCGG GCGGCGAAGG GCAAAGCCGG GCCCCGGGGG GGCGCTGCCC 
ACCGCGCAAG GCGGGTTCGA GCGGCCGGTT CTGACCCCGC CGCCAGCCGG TGACAGGCCG 
GCGCCTCTCC AGCTCGGCTT CTGCTGGGCG GGAGCAAGGC CAGCGGCCTT AAAAGCCGAA 
GGGTTTGCCT CGGGGTTCTC CCGGACGCGC GGACAGACCC CGGGAACGCC GGAGGGGAAC 
TGGGTTACTG GGGTGTCCCG GGTTGAGTTT TCAGGCCGGT TAATGCCCGC AGCCCCCGCG 
GGGTGTCTTT CGCGGAGCGC TTCGGAGTCT GTCGCGCGGC CGTGGCACGT TGTCTTTTAT 
CCCGCGTGTC CTGTGCGTTT CCAGATTCAG AAGCTGTGTG ACCGAGTAGC TTCCTCCACG 
TTGTTGGATG ACCGGAGGGA TGCTGTACGT GCTCTTAAAT CACTCTCCAA GAAATACCGC 
CTGGAGGTAG GCATACAGGC TATGGAACAT CTCATCCACG TTCTTCAGAC AGACCGTTCA 
GATTCTGAAA TAATTGGCTA TGCCTTGGAC ACACTCTACA ATGTAATATC GAATGACCTA 
GAAGAGGAGG AGCAAGATGA TTCTGAAGAA GAAAACTTAC CAAAACAAGT TGATGATTTG 
GGAAGTCAGT TCACAGAGAT TTTCATTAAA CAGCAAGAAA ATGTCACACT CTTGTTGACT 
CTTGTGGAGG AATTTGATTT CCATGTTCGT TGGCCTGGAG TGAAACTACT TACATCTCTT 
TTAAAGCAGC AAGGACCTCA AGTGCAGCAG ATAATTCTTG TCAGCCCTAT GGGTGTTTCC 
AGACTCATGG ATTTACTAGC AGACTCTAGG GAGGTTATAC GAAATGATGG AGTCTTGTTG 
TTACAGCAAT TGACAAAAAG TAATGCAGCC ATACAAAAGA TTGTTGCCTT TGAAAATGCC 
TTTGAGAGAC TTCTGGATAT CATAACGGAA GAAGGAAACA GCGATGGAGG AATAGTAGTG 
GAAGACTGTC TCCTCTTATT ACAAAACTTG TTGAAGAATA ATAATTCCAA TCAGAATTTC 
TTCAAAGAAG GTTCATATAT TCAGCGTATG AAGCCTTGGT TTGAAGTTGG AGATGACAAT 
TGCGGGTGGT CTGCACAGAA AGTAACTAAT CTTCATCTAA TGCTGCAGCT TGTGCGGGTA 
CTCGTGTCTC CCACAAATCC TCCTGGTGCT ACCAGCAGTT GTCAGAAGGC AATGTTTCAC 
TGTGGGTTGT TACAGCAGCT CTGCACAATC CTGATGGCAA CTGGAGTTCC TGCTGATATC 
CTGACAGAAA CCATTAATAC TGTATCAGAA GTCATTCGAG GATGCCAGAT GAATCAAGAC 
TACTTTGCCT CTGTAAATGC ACCTTCTAAT CCACCAAGGC CTGCAATTGT AGTACTCCTC 
ATGTCCATGG TAAATGAAAG GCAGCCTTTT GTGCTACGTT GTGCTGTTCT CTATTGTTTC 
CAGTGCTTTT TATACAAAAA CCAAAAAGGA CAAGGAGAAA TCGTTTCAAC GCTTCTGCCA 
TCTACTATTG ACGCTACAGG TAACTCTGTG TCAGCTGGTC AGCTGCTCTG TGGGGGCCTC 
TTTTCCACGG ACTCTCTCTC AAACTGGTGT GCCGCTGTGG CCCTGGCCCA CGCATTACAG 
GAAAATGCCA CTCTGAAAGA ACAGCTCCTG AGAGTTCAGC TAGCGACGAG CATCGGCAAC 
CCACCAGTGT CGCTGCTGCA ACAGTGCACC AACATCCTCT CGCAGGGCGA TAAGATCGAC 
AGACGGGGCA GCAAAGTACA GACCAGGGTT GGACTACTGA TGTTGCTTTG CACTTGGCTA 
AGCAACTGCT CGATTGCTGT CACCCACTTC CTTCACAATC CAGCCAATGT ACCTTTTCTC 
ACAGGGCAGA TAGCTGAAAA CCTTGGAGAA GAGGAGCAGC TCGTCCAAGG CCTGTGTGCA 
CTCTTGCTTG GCATTTCCAT CTACTACAAT GACAATTCCC TGGAAAACTA TAGGAAAGAG 
AAGCTGAAAC AGCTGATTGA GAAGAGGATT GGCAGGGAGA ACTTCATTGA GAAGCTTGGC 
TTCATTAGCA AACATGAACT TTATTCTAGA GCTGCTCAGA AACCACAACC TAGTTTTTCT 
AGCCCAGACC ACATGATGTT TGATCATGAA TTTACCAAGC TTGTAAAGGA ATTGGAAGGT 
GTCATAAGTA AAGCTATTTA CAAGTCTAGT GAGGAAGATA AAAAGGAGGA GGAGGTCAAG 
AAGACATTGG AACAGCATGA CAACATTGTG ACTCACTACA AAAAAGTCAT TAGAGAGCAG 
GACCAGGAGC TTGAAGAATT GAAACAACGT ATTAACACTT TAACATCTCA AAATGAACAG 
CTCCAAGCAA CAGTTACACA GCAAGTGTCA CAGATACAAC AGCATAAGGA CCAATATAAT 
CTCCTGAAAG TACAGCTAGG AAAGGACACT CAGCATCACA ATTCCCACGG TGATACGTTT 
CACATGAATG GCATTCAGAC GGAAGAAGTG AGCAAATTGA AAGAGGAGTT GGAAGAATGG 
AAAAACAAGC ATGAACTGTT GCAAGGGCAG TTACGGGAAA AGGATTCTGT GATTGAAAAA 
TTGAAGTCTT CACAGTTGGA AATAGGAACA ACAGAGCAGT CTTCACAGAC CAGCAAATCT 
GGTAGCTTGG AGCACAATAA TGAACTACAA AAGGAATTAG AAATGCTCAG GAGTCAGATA 
CAACTACAGT CTGCAGAAAT CTCTAAGCTT CAGATGGAGA ATCAAAAGCT ACAAGTAATG 
AACATAACTG CAGATCCTCT GTTAGGAGAC AGCAGTGCAA GAGCAGCAAA CAACTCTGAA 
TTGGAGGGAC GCCTTGAGCA AGAAATAAAA GAACTGAAGA GTGAAGTCAA AGCCCTTTCT 
GAGGAAAAAG AATCACTAAA ACAGCACCTG GATTCATCTA GTAGTACGGT TGCTATCTTG 
CAAGATGAGA AAAGTAAACT TCAGCAAGAA GTTGCAGAAT CAAAGAAAGA ACAGGATGAT 
CTTCTGGTGC TTTTGGCTGA CCAGGATCAG AAGCTATCTG CACTGAAGAT CAAATTGAAG 
GATCTTGGTG TACCGGTTGA GGATGAAGAT GATATTGAAT CTGGAGATCA AGGGGATGAA 
GATGAGGATG GGGATGAAGA GGAGCAAGAC TAG